Fakultät Informatik

Real-time Numerical Simulations

Wave and Navier Stokes Equations on Arbitrary Surfaces

Fluid simulation in an Eulerian embedding grid around the surface (Closest Point Method). Surface displacements realized via volume raycasting. Simulated and rendered entirely on the GPU at 20 FPS.





2D Wave Equation and Photon Tracing

Numerical simulation of the 2D wave equation and photorealistic rendering of the water surface including caustics,
both in real-time at over 100 fps on a 512x512 simulation grid.

Smoke Simulation

Controllable numerical simulation of 2.5D smoke using the incompressible Navier-Stokes equations (128x128x512 simulation grid @ 200 fps)

Direct Numerical Fluid Simulation

Left: Dynamic obstacles (128x64x64 Grid, 120 FPS), Right: Nieschenströmung (128x64x64 Grid, 70 FPS)

3D Newtonian Fluid - Lattice Boltzmann Method

256x128x128 Grid - 35 FPS

Smoothed Particle Hydrodynamics

GPU SPH (8000 Particles, 55 FPS)

Hexahedral Multigrid Simulation & Cutting



Matthias Niessner, our new Professor from Stanford University, offers a number of interesting topics for  master theses.


PhD positions on   Computational Fabrication and 3D Printing and  Photorealistic Rendering for Deep Learning and Online Reconstruction are available at the Computer Graphics & Visualization group.